2026

Entoli XR

Entoli(εντολή) -'Command',

What we believe in.

Operational Core

Etoli XR develops cost effective specialized software for First Responders and Incident Command environments. Integrating institutional field doctrine with low-latency Web, AR, and VR architectures, our solutions translate mission critical tasks into operational reality. Engineered by domain experts with combined Aviation and Military training and delivery experience. Based in the UK.

Approach Simulator

Emergency simulator for aircraft on approach - used for first responders to visualise timings and hear R/T.

Classroom Viewer

Synchronized VR environment. Operates without Wi-Fi or Bluetooth dependencies. Supports unlimited number of concurrent headsets under centralized instructor control.

Incident Command Map

Provides spatial awareness, layered situational telemetry, and unified scenario tracking across command tiers.

ARFF Tactical Positioning

Augmented-reality vehicle positioning for Aircraft Rescue and Firefighting operations. Visualizes critical approach vectors and safety footprints.

Exploded viewer

Exploded model viewer for training.

Wildfire Response Interface

Surface-optimized dynamic simulator for high-stress environmental containment, command resource routing, and live propagation mapping.

Learning FlashCards

Spaced repetion flashcards with pre loaded, timed release cards.

Firefighter Decision Trainer

Scenario based Mobile base decision trainer app.

Wildfire Predictor

A client-side geospatial application engineered for mobile operational awareness, monitoring wildland fire risk across the United Kingdom. The system models the Canadian Forest Fire Danger Rating System (CFFDRS) over a spatial grid, cross-references values with UK Met Office Fire Severity Index (FSI) tiers, tracks satellite thermal anomalies, and provides forward-spread screening.

Augmented reality enhanced Maps

Mapping enhanced with 3D and AR models. Simple to use web app.

STANDARDS ARCHITECTURE

Pedagogical Frameworks

Defence Systems Approach to Training (DSAT)

Standardized operational lifecycle governed by JSP 822 requirements:

  • Training Needs Analysis (TNA): Requirements derived straight from updated equipment pipelines and emerging field doctrine.
  • Design & Development: Formulation of measurable behavioral outcomes, scenarios, and verification metrics.
  • Delivery Engine: Hybridization of traditional methods, simulated operational conditions, and multi-user environments.
  • Evaluation Routine: Continuous objective extraction for pipeline evolution and efficiency scaling.
  • Assurance Architecture: Rigid verification matching standard Ministry of Defence protocol specifications.
Gagne's Nine Events of Instruction
  • 1. Capture Attention: Visual, tactile, or cognitive activation prompt.
  • 2. Target Definition: Explicit declaration of measurable performance outputs.
  • 3. Retrieve Baseline: Reactivating pre-existing schema and operational patterns.
  • 4. Present Stimulus: High-density, targeted delivery of scenario variables.
  • 5. Dynamic Guidance: Case constraints, structured cues, and cognitive routing.
  • 6. Elicit Response: Active tactical manipulation within virtual framework.
  • 7. Emit Feedback: Real-time, data-grounded performance metrics.
  • 8. Evaluate Performance: Execution grading under isolated examination criteria.
  • 9. Retention Transfer: Domain deployment via real-world operational anchors.
Entoli XR Instructional Core

Design Axioms

  • Unified Progression: Seamless schema transference across Classroom, Synthetic XR, and Field evaluations.
  • Tactile Authenticity: Purpose-built physics profiles matching specialized high-risk equipment behavior.
  • Dynamic Mediation: Centralized interface empowering instructors to dynamically influence live scenarios.
  • Subconscious UX: Invisible user-interfaces structured entirely around native operational movements.
Media Distribution Topology

Platform Standardization

  • Structured interfaces prioritizing rapid information processing and low cognitive overhead.
  • Spatial 3D asset deployment within tactical briefings to establish instant situational context.
  • Zero extraneous elements; strict alignment between operational data and mission objectives.